Application of boron carbide in the field of defense industry Making bulletproof materials such as bulletproof panels in bulletproof vests, ceramic bulletproof tiles for military aircraft pilot cockpits, and ceramic bulletproof panels for modern armored personnel carriers and tanks. In the military industry, it can be used as a nozzle for making guns. the weight

What are the advantages of boron carbide abrasives in sapphire grinding The main purpose of the sapphire grinding process is to remove the surface cut marks and uneven damage layers produced during the sapphire slicing process, improve the flatness of the wafer, and reduce the surface roughness to meet the pre-polishing requirements. In industrial processing,

The application of boron carbide as a chemical raw material: Boron -carbide powder is activated by halogen. Boronicides that can be used as steel and other alloys can be used to boron on the surface of the steel to generate the strength and abrasion resistance of the boron -made iron layer to enhance the material.

The application of boron carbide in the general industrial field Boron carbide production of high -grade abrasion -resistant stripes to enhance the wear resistance of welding surfaces; used for grinding and polishing materials, water cutting, and diamond mill correction materials; high -precision polishing and grinding in the jewelry industry. Features: Boron carbide is a hard

Application of boron carbide on sapphire chip (LED): In recent years, due to the development of the LED industry, it has brought great business opportunities to companies that produce and process sapphire crystals. Due to the high strength of sapphire crystals and high hardness (Mohs Hardness 9), it has brought great difficulties to processing companies.

Application of Boron Carbide in Engineering Ceramic Materials Boron carbide production sandblasting machine nozzles, high-pressure water cutting machine nozzles, sealing rings, ceramic molds, etc. Characteristics: The boron carbide nozzle has the characteristics of wear resistance and high hardness, which will gradually replace the known hard alloy (tungsten steel) and sandblasting nozzles made of materials such